#include "ConfigParser.hpp" void ConfigParser::_post_processing(std::vector *servers) { // make certain servers default // fill out empty settings // if special settings are empty throw std::vector::iterator it = servers->begin(); while (it != servers->end()) { // host and port are Mandatory if (it->host == "") throw std::invalid_argument("Config file needs a host and port"); // root is mandatory if (it->root == "") throw std::invalid_argument("Config file needs a root"); if (it->client_body_limit == 0) it->client_body_limit = 5000; // what is the recomended size? // autoindex is False by Default // if Allow methodes not specified we set to ALL if (it->allow_methods == UNKNOWN) // in this case that means nothing... it->allow_methods = ALL_METHODS; if (it->index.empty()) throw std::invalid_argument("Config file needs an Index"); // if error_pages is left empty, we'll use the defaults which // i believe are set elsewhere... // actually do this at the end, once we know if there aren't any locations // with path / if (!_find_root_path_location(it->locations)) { LocationConfig tmp; tmp.path = "/"; tmp.client_body_limit = 5000; // figur out correct amount tmp.root = it->root; tmp.index = it->index; tmp.allow_methods = it->allow_methods; tmp.redirect_status = 0; it->locations.push_back(tmp); } std::vector::iterator it_l = it->locations.begin(); while (it_l != it->locations.end()) { if (it_l->client_body_limit == 0) it_l->client_body_limit = 5000; // what is the recomended size? if (it_l->root == "") it_l->root = it->root; // if Allow methodes not specified we set to Server methods if (it_l->allow_methods == UNKNOWN) // in this case that means nothing... it_l->allow_methods = it->allow_methods; // fill out index from Server? // or do a bunch of checks on what is in there... if (it_l->index.empty()) it_l->index = it->index; // right? // same for redirect status i think // maybe do something for Cgi_info? // std::cout << "In Post, Root + Path: " << it_l->root + it_l->path << '\n'; if (path_is_valid(it_l->root + it_l->path) == 0) { //either we throw or we erase throw std::invalid_argument("location path is invalid"); } ++it_l; } // std::cout << "made it to sorting...\n"; // std::sort(it->locations.begin(), it->locations.end(), compareLocationConfigs); std::sort(it->locations.begin(), it->locations.end()); std::reverse(it->locations.begin(), it->locations.end()); ++it; } } bool ConfigParser::_find_root_path_location(std::vector locations) { std::vector::iterator it = locations.begin(); while (it != locations.end()) { if (it->path.compare("/") == 0) { std::cout << "in compare: " << it->path << " -- "; return true; } ++it; } return false; }